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Intel Hardware Design Engineer Automotive Platform f/m/d Germany, Baden-Württemberg, Karlsruhe 261074116
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Key Responsibilities:
Evaluate early customer requirements (RFI, RFQ phase) as well as change requests (CR's) and derive architecture specifications
Drive end-to end development of automotive platform hardware and translate automotive industry level requirements to circuit and component-level specifications
Design, develop, modify, and evaluate electronic parts, components, PCB, or integrated circuitry for hardware platforms, and equipment
Conduct logical design of printed circuit boards through component definition and schematics capture
Define component placement and circuit trace routing rules, and oversee board layout from feasibility studies to board tape-out while meeting automotive DFX requirements
Consider BOM cost and availability data versus design tradeoffs at the board and system levels
Apply design expertise to define processes for technical platforms, system specifications, input/output, and working parameters for hardware and software compatibility
Incorporate feedback from other functions (including verification, validation, manufacturing, and customer) to improve development methods
Perform design research and verification development, testing, and utilization of firmware, hardware, components, mechanisms, materials, thermal solutions, circuitry processes, packaging, and chassis for platform hardware
Collaborate with architects, other platform hardware design engineers, hardware verification engineers, technical project managers, and technicians, to plan and lead platform hardware power-on and debug activities
Resolve system development and bring-up issues to deliver high quality boards and platforms for customers
Minimum Qualifications:
Bachelor's or Master's Degree in Computer Science, Computer Engineering, Electrical Engineering or Mechatronics Engineering
5+ years of experience in hardware development engineering (preferably the automotive sector)
Experience in designing high speed boards, debugging them at the component and system level, running root cause analysis, and implementing corrective action
Knowledge of PCB circuit design, schematics (preferrable using Cadence toolchain), BOM, and board/system level debug
Experience with power delivery solution design
Analog and high-speed digital design knowledge/experience, analytical and debugging skills
Experience using lab equipment including but not limited to DMM, logic analyzer, network analyzer, and oscilloscopes
Self-motivated, well organized, excellent communication and influencing skills (good communicator, motivator, listener)
Ability to work independently and successfully under tight project deadlines within cross-functional internal, external and sub-con teams
Preferred Qualifications:
Familiar with (and preferred to have working knowledge of) power design and power integrity analysis
Familiar with (and preferred to have working knowledge of) signal integrity analysis
Familiar with common communication protocols such as I2C, I3C, LPDDR, DDR, PCIe, USB, Ethernet, USB
Familiar with (and preferred to have working knowledge of) Functional Safety and Security design
Knowledge in automotive hardware development processes and documentation from concept phase to serial production
Post-Si Validation experience on debugging/troubleshooting complex problems, with hands-on ITP or LTB experience
Soldering skills with fine pitch components
Automotive system knowledge with a good understanding of OEM, TIER1 and end-user requirements
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